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The impeller is powered via a precision-machined speed-increasing gearbox, allowing for customized RPM to match pressure and flow needs.
Equipped with heavy-duty journal or tilting pad bearings, ensuring stable operation at high speeds and extended service life under continuous loads.
Suitable for low to high pressure demands, including deep aeration tanks and long-distance air conveyance systems.
Supports air cooling or water cooling, depending on site requirements and pressure ratios.
Impeller materials (aluminum, stainless steel), casing configurations, and drive setups can be tailored to suit specific process environments.
| Parameter | Value |
|---|---|
| Flow Capacity | 20 – 1,500 m³/min |
| Pressure Rise | 40 – 200 kPa |
| Drive Type | Gearbox with induction motor |
| Cooling | Air or water |
| Impeller Speed | Up to 35,000 RPM |
| Bearings | Journal or tilting pad type |
| Power Range | 50 – 1,000 kW |
| Control | Optional VFD, manual or automatic controls |
The Geared Turbo Blower is ideally suited for industries where reliability, customization, and durability matter most:
Primary/secondary air supply, desulfurization processes
Gas boosting, reactor aeration
High-load biological tanks, nitrification systems
Combustion air, cooling, and drying systems
Engine room ventilation, inert gas generation
With our in-house engineering, on-site commissioning, and global technical support, we ensure every Geared Turbo Blower fits your process like a glove.
Efficiency meets reliability — built for industry, built to last.
1. What is the flow capacity range of this Geared Turbo Blower?
The flow capacity ranges from 20 to 1,500 m³/min, making it suitable for a wide variety of industrial and aeration applications.
2. How is the impeller driven in the system?
The impeller is powered via a precision-machined speed-increasing gearbox with an induction motor, allowing customized RPM up to 35,000 to match specific pressure and flow needs.
3. What cooling configurations are available?
The system supports flexible cooling options including both air cooling and water cooling, which can be selected based on specific site requirements and pressure ratios.
4. What bearings are used to ensure stability at high speeds?
The blower is equipped with heavy-duty journal or tilting pad bearings, which ensure stable continuous operation and long service life under heavy loads.
5. In what environments does the Geared Turbo Blower perform best?
It is designed for continuous 24/7 heavy-load operations and handles dirty environments and fluctuating loads exceptionally well, performing better than typical oil-free types in demanding industrial spaces.
6. What is the power range of these turbo blowers?
The technical specifications define a standard power range of 50 to 1,000 kW, suitable for low to high pressure systems.
